Primary Convener:
Yun Yang, Los Alamos National Laboratory

Convener:
Shimin Liu, The Pennsylvania State University
Chelsea Neil, Los Alamos National Laboratory
Min Wang, Los Alamos National Laboratory

Early Career Convener:
Shaowen Mao, Los Alamos National Laboratory

Chair:
Yun Yang, Hohai University
Shimin Liu, The Pennsylvania State University
Runhua Feng, University of Auckland

Effective geological storage of gases like CO₂, H₂, and compressed air involves developing underground storage solutions to utilize excess renewable energy through methods such as power-to-gas. Scaling up geological storage capabilities requires deeper insights into geochemical reactions, geomechanical behaviors, microbial activities, and fluid dynamics occurring within reservoir and caprock formations. Furthermore, sophisticated multi-scale and multi-physics modeling approaches are necessary to effectively translate scientific insights into practical applications. This session invites both experimental and simulation studies that explore various dimensions of geological storage, including: Underground Hydrogen Storage (UHS) in salt caverns, saline aquifers, depleted oil and gas reservoirs, and coal seams; Integration of Compressed Air Energy Storage (CAES) systems within the power grid; Innovative approaches to geologic CO₂ storage in conventional and unconventional geological reservoirs.

Index Terms
1009 Geochemical modeling
1622 Earth system modeling
1847 Modeling
1859 Rocks: physical properties

Suggested Itineraries:
Climate Change and Global Policy
Machine Learning and AI
Global Impacts‚ Solutions‚ & Policies

Neighborhoods:
2. Earth Interior

Cross-Listed:
EP - Earth and Planetary Surface Processes
GC - Global Environmental Change